Delta Radar

Arbitrage trading system deployed on Ethereum Mainnet and Binance Smart Chain, featuring advanced flash loan integration and cross-DEX price discovery algorithms. Built comprehensive frontend analytics dashboard to visualize and analyze trading bot performance across multiple blockchain networks.

System Architecture

Engineered a multi-component DeFi trading ecosystem consisting of:

• Smart contract infrastructure with flash loan capabilities for capital-efficient arbitrage
• Cross-chain scanning engine monitoring token pools across multiple DEXs
• Mathematical optimization algorithms using x·y=k AMM formulas for precise slippage calculations
• React/Redux frontend with Express.js backend leveraging Google Cloud Storage

Advanced DeFi Mechanics

• Real-time arbitrage detection across decentralized exchanges with millisecond precision
• Optimal trade sizing calculations maximizing profit while accounting for liquidity constraints
• Native token conversion algorithms enabling cross-asset profitability comparisons (ETH, BNB)
• Slippage-aware pricing models providing realistic profit projections

Production Insights & MEV Experience Gained hands-on experience with DeFi market microstructure through live mainnet deployment, documenting the challenges of MEV competition and gas optimization. Analysis revealed the critical importance of mempool positioning and transaction timing in profitable arbitrage execution.

Technical Features

• Historical trade analysis with advanced filtering by profitability, tokens, exchanges, and timeframes
• Delta calculation engine providing both absolute and percentage-based profit metrics

SwapSet data modeling for comprehensive arbitrage opportunity tracking

Real-World DeFi Learnings Documented the economic realities of DeFi arbitrage, including transaction reversion rates, gas fee optimization, and competitive dynamics in high-frequency trading environments. Project showcases deep understanding of blockchain economics and DeFi protocol interactions